import base64ToArrayBuffer from 'base64-arraybuffer';
import moment from 'moment';
import {
  asciiToBinaryCodedDecimal,
  base64ToHex,
  formatAlphaDate,
  formatAlphaTime,
  formatCleanNumericValue,
  formatAlphaWeekday,
  removeLeadingZeroes,
} from './binary';
import { NeedMoreBytesError, ParserError } from './errors';
import { Parser } from './Parser';
import { ParserResult } from './ParserResult';
import type { MeterInterpretationCode } from './ReadStrategy';
import * as Registers from './registers';

export class AlphaA1Parser extends Parser {
  billingTable: string | undefined;
  constructor(interpretationCode?: MeterInterpretationCode, billingTable?: string) {
    super();
    this.interpretationCode = interpretationCode || 1;
    this.billingTable = billingTable ?? undefined;
  }
  static PAYLOAD_SIZE = 233;

  assertIfFirstByteIsNonzero(arrayBuffer) {
    if (arrayBuffer[0]) {
      throw new ParserError('primer byte no es cero');
    }
  }
  isPayloadIncomplete(arrayBuffer) {
    return arrayBuffer.length < AlphaA1Parser.PAYLOAD_SIZE;
  }

  isPreviousBillingTable() {
    const CURRENT_BILLING_TABLE = '00';
    return this.billingTable !== CURRENT_BILLING_TABLE;
  }

  parseReadingStrategyNine(arrayBuffer, aBase64String) {
    const result = new ParserResult();
    result.add(
      Registers.SerialNumberModel,
      removeLeadingZeroes(asciiToBinaryCodedDecimal(arrayBuffer.slice(2, 7))),
    );
    result.add(Registers.ReadAtModel, moment().format());
    result.add(Registers.HexPayloadModel, base64ToHex(aBase64String));
    return result;
  }

  parseReadingStrategyOne(arrayBuffer) {
    const result = new ParserResult();
    const isPreviousBillingTable = this.isPreviousBillingTable();
    result.add(
      Registers.SerialNumberModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(2, 7)), 0),
    );
    // eslint-disable-next-line no-bitwise
    result.add(Registers.WeekdayNowModel, formatAlphaWeekday(arrayBuffer[7] >> 5));
    const DATE = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(9, 12)));
    result.add(Registers.DateNowModel, DATE);
    result.add(
      Registers.TimeNowModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(12, 15)), DATE),
    );
    result.add(
      Registers.DemandResetCounterModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(15, 16)), 0),
    );
    result.add(
      Registers.KhModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(16, 19)), 3),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportPreviousModel
        : Registers.TotalActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(21, 24)), 1),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportPreviousModel
        : Registers.Tariff1ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(24, 27)), 1),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportPreviousModel
        : Registers.Tariff1MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(27, 30)), 3),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(30, 33)), 3),
    );
    const Tariff1Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(33, 36)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportDatePreviousModel
        : Registers.Tariff1MaximumDemandImportDateModel,
      Tariff1Date,
    );
    result.add(
      Registers.Tariff1MaximumDemandImportTimePreviousModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(36, 38)), Tariff1Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportPreviousModel
        : Registers.Tariff2ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(38, 41)), 1),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportPreviousModel
        : Registers.Tariff2MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(41, 44)), 3),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(44, 47)), 3),
    );
    const Tariff2Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(47, 50)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportDatePreviousModel
        : Registers.Tariff2MaximumDemandImportDateModel,
      Tariff2Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportTimePreviousModel
        : Registers.Tariff2MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(50, 52)), Tariff2Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportPreviousModel
        : Registers.Tariff3ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(52, 55)), 1),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportPreviousModel
        : Registers.Tariff3MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(55, 58)), 3),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(58, 61)), 3),
    );
    const Tariff3Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(61, 64)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportDatePreviousModel
        : Registers.Tariff3MaximumDemandImportDateModel,
      Tariff3Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportTimePreviousModel
        : Registers.Tariff3MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(64, 66)), Tariff3Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportPreviousModel
        : Registers.Tariff4ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(66, 69)), 1),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportPreviousModel
        : Registers.Tariff4MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(69, 72)), 3),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(72, 75)), 3),
    );
    const Tariff4Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(75, 78)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportDatePreviousModel
        : Registers.Tariff4MaximumDemandImportDateModel,
      Tariff4Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportTimePreviousModel
        : Registers.Tariff4MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(78, 80)), Tariff4Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportPreviousModel
        : Registers.TotalReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(80, 83)), 1),
    );

    return result;
  }
  parseReadingStrategyTwo(arrayBuffer) {
    const result = new ParserResult();
    const isPreviousBillingTable = this.isPreviousBillingTable();
    result.add(
      Registers.SerialNumberModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(2, 7)), 0),
    );
    // eslint-disable-next-line no-bitwise
    result.add(Registers.WeekdayNowModel, formatAlphaWeekday(arrayBuffer[7] >> 5));
    const DATE = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(9, 12)));
    result.add(Registers.DateNowModel, DATE);
    result.add(
      Registers.TimeNowModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(12, 15)), DATE),
    );
    result.add(
      Registers.DemandResetCounterModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(15, 16)), 0),
    );
    result.add(
      Registers.KhModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(16, 19)), 3),
    );
    const decimalsEnergy = Number(asciiToBinaryCodedDecimal(arrayBuffer.slice(19, 20))) + 6;
    const DPLCOD = Number(asciiToBinaryCodedDecimal(arrayBuffer.slice(20, 21)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportPreviousModel
        : Registers.Tariff1ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(21, 28)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportPreviousModel
        : Registers.Tariff1MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(28, 31)), DPLCOD),
    );
    const tariff1DatePrevious = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(31, 34)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportDatePreviousModel
        : Registers.Tariff1MaximumDemandImportDateModel,
      tariff1DatePrevious,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportTimePreviousModel
        : Registers.Tariff1MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(34, 36)), tariff1DatePrevious),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(36, 39)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportPreviousModel
        : Registers.Tariff2ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(42, 49)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportPreviousModel
        : Registers.Tariff2MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(49, 52)), DPLCOD),
    );
    const tariff2DatePrevious = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(52, 55)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportDatePreviousModel
        : Registers.Tariff2MaximumDemandImportDateModel,
      tariff2DatePrevious,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportTimePreviousModel
        : Registers.Tariff2MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(55, 57)), tariff2DatePrevious),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(57, 60)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportPreviousModel
        : Registers.Tariff3ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(63, 70)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportPreviousModel
        : Registers.Tariff3MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(70, 73)), DPLCOD),
    );
    const tariff3DatePrevious = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(73, 76)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportDatePreviousModel
        : Registers.Tariff3MaximumDemandImportDateModel,
      tariff3DatePrevious,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportTimePreviousModel
        : Registers.Tariff3MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(76, 78)), tariff3DatePrevious),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(78, 81)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportPreviousModel
        : Registers.Tariff4ActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(84, 91)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportPreviousModel
        : Registers.Tariff4MaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(91, 94)), DPLCOD),
    );
    const tariff4DatePrevious = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(94, 97)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportDatePreviousModel
        : Registers.Tariff4MaximumDemandImportDateModel,
      tariff4DatePrevious,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportTimePreviousModel
        : Registers.Tariff4MaximumDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(97, 99)), tariff4DatePrevious),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(99, 102)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportPreviousModel
        : Registers.Tariff1ReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(105, 112)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(112, 115)), DPLCOD),
    );
    const tariff1Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(115, 118)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumReactiveDemandImportDatePreviousModel
        : Registers.Tariff1MaximumReactiveDemandImportDateModel,
      tariff1Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumReactiveDemandImportTimePreviousModel
        : Registers.Tariff1MaximumReactiveDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(118, 120)), tariff1Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveCumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1ReactiveCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(120, 123)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportPreviousModel
        : Registers.Tariff2ReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(126, 133)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(133, 136)), DPLCOD),
    );
    const tariff2Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(136, 139)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumReactiveDemandImportDatePreviousModel
        : Registers.Tariff2MaximumReactiveDemandImportDateModel,
      tariff2Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumReactiveDemandImportTimePreviousModel
        : Registers.Tariff2MaximumReactiveDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(139, 141)), tariff2Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveCumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2ReactiveCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(141, 144)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportPreviousModel
        : Registers.Tariff3ReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(147, 154)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(154, 157)), DPLCOD),
    );
    const tariff3Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(157, 160)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumReactiveDemandImportDatePreviousModel
        : Registers.Tariff3MaximumReactiveDemandImportDateModel,
      tariff3Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumReactiveDemandImportTimePreviousModel
        : Registers.Tariff3MaximumReactiveDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(160, 162)), tariff3Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveCumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3ReactiveCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(162, 165)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportPreviousModel
        : Registers.Tariff4ReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(168, 175)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff4ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(175, 178)), DPLCOD),
    );
    const tariff4Date = formatAlphaDate(asciiToBinaryCodedDecimal(arrayBuffer.slice(178, 181)));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumReactiveDemandImportDatePreviousModel
        : Registers.Tariff4MaximumReactiveDemandImportDateModel,
      tariff4Date,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumReactiveDemandImportTimePreviousModel
        : Registers.Tariff4MaximumReactiveDemandImportTimeModel,
      formatAlphaTime(asciiToBinaryCodedDecimal(arrayBuffer.slice(181, 183)), tariff4Date),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveCumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff4ReactiveCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(183, 186)), DPLCOD),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.TotalCapacitiveReactiveEnergyExportPreviousModel
        : Registers.TotalCapacitiveReactiveEnergyExportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(186, 196)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalInductiveReactiveEnergyExportPreviousModel
        : Registers.TotalInductiveReactiveEnergyExportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(196, 203)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCapacitiveReactiveEnergyImportPreviousModel
        : Registers.TotalCapacitiveReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(203, 210)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalInductiveReactiveEnergyImportPreviousModel
        : Registers.TotalInductiveReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(210, 217)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportPreviousModel
        : Registers.TotalActiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(217, 224)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportPreviousModel
        : Registers.TotalReactiveEnergyImportModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(224, 231)), decimalsEnergy),
    );
    result.add(
      isPreviousBillingTable ? Registers.PowerFactorPreviousModel : Registers.PowerFactorModel,
      formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(231, 233)), 3),
    );

    return result;
  }

  parseBody(arrayBuffer, aBase64String): ParserResult {
    const incomplete = this.isPayloadIncomplete(arrayBuffer);
    if (incomplete) {
      throw new NeedMoreBytesError();
    }
    switch (this.interpretationCode) {
      case 1:
        return this.parseReadingStrategyOne(arrayBuffer);
      case 2:
        return this.parseReadingStrategyTwo(arrayBuffer);
      case 9:
        return this.parseReadingStrategyNine(arrayBuffer, aBase64String);
      default:
        throw new ParserError(`Unidentified reading interpretation`);
    }
  }

  getMeterNumber(arrayBuffer) {
    return formatCleanNumericValue(asciiToBinaryCodedDecimal(arrayBuffer.slice(2, 7)), 0);
  }

  parse(aBase64String: string, recoverMeterNumber?: Function): ParserResult {
    const arrayBuffer = new Uint8Array(base64ToArrayBuffer.decode(aBase64String));
    if (arrayBuffer.length < 2) {
      throw new NeedMoreBytesError();
    }
    this.assertIfFirstByteIsNonzero(arrayBuffer);

    if (recoverMeterNumber) {
      return recoverMeterNumber(this.getMeterNumber(arrayBuffer));
    }

    const modelByte = arrayBuffer[1];

    if (modelByte === 1 || modelByte === 0) {
      return this.parseBody(arrayBuffer, aBase64String);
    } else {
      throw new ParserError(`Byte model no identificado`);
    }
  }
}